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Animal Science Database

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Abstract

Background: The domestic goat (Capra hircus), an important livestock species, belongs to a clade of Ruminantia, Bovidae, together with cattle, buffalo and sheep. The history of genome evolution and chromosomal rearrangements on a small scale in ruminants remain speculative. Recently completed goat...

Author(s)
Du XiaoYong; Servin, B.; Womack, J. E.; Cao JianHua; Yu Mei; Dong Yang; Wang Wen; Zhao ShuHong
Publisher
BioMed Central Ltd, London, UK
Citation
BMC Genomics, 2014, 15, 625, pp (23 July 2014)
Abstract

In approximately 20 years, bovine genomics has progressed from synteny mapping of protein gene products to a nearly completed 7.5× whole genome sequence. The cattle genome map serves as a prototype for genomic studies in other bovids such as goats, sheep, and river buffalo in which chromosome arms...

Author(s)
Womack, J. E.
Publisher
S Karger AG, Basel, Switzerland
Citation
Vertebrate genomes, 2006, pp 69-78
Abstract

Approximately 3,000 cattle bacterial artificial chromosome (BAC)-end sequences were added to the Illinois-Texas 5,000-rad RH (RH, radiation hybrid) map. The BAC-end sequences selected for mapping are ∼1 Mbp apart on the human chromosomes as determined by BLASTN analysis. The map has 3,484 ordered...

Author(s)
Everts-van der Wind, A.; Larkin, D. M.; Green, C. A.; Elliott, J. S.; Olmstead, C. A.; Chiu, R.; Schein, J. E.; Marra, M. A.; Womack, J. E.; Lewin, H. A.
Publisher
National Academy of Sciences, Washington, USA
Citation
Proceedings of the National Academy of Sciences of the United States of America, 2005, 102, 51, pp 18526-18531
Abstract

In this study, we constructed high-resolution radiation hybrid (RH) and comparative maps of ovine chromosomes or chromosomal segments that are homologous to human chromosome 6 (HSA6). A total of 251 markers were successfully genotyped across the recently developed USUoRH5000 whole-genome panel; 208 ...

Author(s)
Wu, C. H.; Nomura, K.; Goldammer, T.; Hadfield, T.; Dalrymple, B. P.; McWilliam, S.; Maddox, J. F.; Womack, J. E.; Cockett, N. E.
Publisher
Blackwell Publishing, Oxford, UK
Citation
Animal Genetics, 2008, 39, 5, pp 459-467
Abstract

We have applied a targeted physical mapping approach, based on the isolation of bovine region-specific large-insert clones using homologous human sequences and chromosome microdissection, to enhance the physical gene map of the telomeric region of BTA 18 and to prove its evolutionary conservation....

Author(s)
Brunner, R. M.; Sanftleben, H.; Goldammer, T.; Kühn, C.; Weikard, R.; Kata, S. R.; Womack, J. E.; Schwerin, M.
Publisher
Elsevier Science Inc., New York, USA
Citation
Genomics (San Diego), 2003, 81, 3, pp 270-278
Abstract

Hepatic and intestinal expressed sequence tags (ESTs) of lactating German Holstein and Charolais cows were used to identify and map genes potentially involved in the regulation of metabolic processes in cattle. Seventeen ESTs were homologous to human gene sequences and six ESTs identified unknown...

Author(s)
Goldammer, T.; Dorroch, U.; Brunner, R. M.; Kata, S. R.; Womack, J. E.; Schwerin, M.
Publisher
Kluwer Academic Publishers, Dordrecht, Netherlands
Citation
Chromosome Research, 2002, 10, 5, pp 411-418
Abstract

Comparative mapping of four genes and one unknown coding DNA sequence in break point positions of bovine chromosomes (BTA) 7 and 25 was presented. Performing a genome data base search, 5 bovine expressed sequence tags from the MARC library matched with human genes coding for the general...

Author(s)
Goldammer, T.; Kata, S. R.; Brunner, R. M.; Schwerin, M.; Womack, J. E.
Publisher
S Karger AG, Basel, Switzerland
Citation
Cytogenetics and Cell Genetics, 2001, 95, 3/4, pp 192-195
Abstract

A whole genome cattle-hamster radiation hybrid cell panel was used to construct a map of 54 markers located on bovine chromosome 5 (BTA5). Of the 54 markers, 34 were microsatellites selected from the cattle linkage map and 20 were genes. Among the 20 mapped genes, 10 were new assignments that were...

Author(s)
Ozawa, A.; Band, M. R.; Larson, J. H.; Donovan, J.; Green, C. A.; Womack, J. E.; Lewin, H. A.
Citation
Proceedings of the National Academy of Sciences of the United States of America, 2000, 97, 8, pp 4150-4155
Abstract

The MHC class II genes of cattle have previously been shown to be located on chromosome 23 (BTA23) and divided into 2 groups separated by 15-30 cM. A radiation hybrid map of chromosome 23 was generated by testing samples from a 5000 rad whole-genome radiation hybrid panel. 26 markers were analysed...

Author(s)
Band, M.; Larson, J. H.; Womack, J. E.; Lewin, H. A.
Citation
Genomics (San Diego), 1998, 53, 3, pp 269-275
Abstract

The bovine genome map has grown from a simple synteny map in 1990 to a chromosomal anchored synteny and linkage map today. The current map is a prototypic artiodactyl map which serves as a useful tool for the study of chromosomal evolution. Syntenic conservation is more pronounced in the cattle and ...

Author(s)
Womack, J. E.
Citation
Animal Biotechnology, 1994, 5, 2, pp 123-128

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